在北海Ekofisk油田进行海底水处理中试

Eirik Dirdal
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引用次数: 2

摘要

一种用于注入水的新型海底水处理系统已经开发出来,并经过了几个阶段的测试。一个全尺寸的水处理模块已经建成,目前正在挪威近海的Ekofisk油田进行测试,以确定其在北海油田条件下的可行性。使用混合配置方法,因为测试是基于利用现有的基础设施来最小化项目成本。因此,海底水处理系统安装在固定平台旁边,并通过柔性软管供水和用于海底水处理模块供电和通信的脐带缆连接到上层平台。消毒后的水通过可回收的提升泵被提升到平台甲板上,然后通过高压泵和改造的生产井对处理后的水进行分析,然后注入油藏。测试的主要目的是复制在挪威西海岸峡湾的封闭环境中测试的类似全尺寸版本的结果,这将验证水处理模块在季节性变化中的性能和可靠性,从而证明其在实际海上条件下提供高质量注入水的能力。第二个目标与Ekofisk要求和使用这种新型潜水处理技术处理的注水对油藏的影响有关。这项测试的结果要到2019年下半年才能公布。调试阶段已完成,目前取得的效果符合预期,消毒能力高,设备规整性好。水中的颗粒含量普遍高于以前的近海测试,这并不奇怪,因为埃科菲斯克地区的恶劣环境和相对较浅的水(约70米)。该项目最近进入了长期测试阶段。这一阶段的结果将于2019年下半年公布。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Subsea Water Treatment Pilot Testing at the Ekofisk Field in the North Sea
A new subsea water treatment system for injection water has been developed and has undergone several phases of testing. A full-scale water treatment module has been built and is currently being tested at the Ekofisk field offshore Norway to determine its viability under North Sea field conditions. A hybrid configuration approach is used, as the test is based on utilizing existing infrastructure to minimize project cost. The subsea water treatment system was therefore installed next to a fixed platform and connected to topsides through a flexible hose for water supply and an umbilical for power and communication of the subsea water treatment module. The disinfected water is lifted to the platform deck through a retrieveable lift pump, and the treated water is then analyzed before injection into the reservoir through a high-pressure pump and converted production well. The primary objective with the test is to replicate the results from a similar full-scale version that was tested in sheltered environments in a fjord on the Norwegian west coast, which would verify the water treatment module's performance and reliability through seasonal variations and thereby demonstrate its ability to deliver injection water of a quality in real offshore conditions. The secondary objective is related to Ekofisk requirements and reservoir related impacts of injecting water treated by this new submerged water treatment technology. The results from this test will not become available until second half of 2019. The commissioning phase has been completed, and the results achieved so far are within expectations, with high disinfection capabilities and equipment regularity. The particle content in the water was generally higher than previous inshore testing, which was not a surprise due to the harsh environment and relatively shallow water (∼70m) in the Ekofisk Area. The project has recently moved into the longterm testing phase. The results from this phase will become available second half of 2019.
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